UK invests in Pulse Dart prototype
Pulse Dart in motion. (Photo: Dstl)
UK defence R&D agency Dstl is developing new technology for sea mine disposal and is creating a working prototype by April 2023 with the help of £440,000 ($600,000) in funding from the Defence Innovation Unit in the MoD.
‘Subject to successful trials, a design could go to industry to tender around the same time,’ said Dstl scientist Peter Rushforth who created the Pulse Dart system.
Pulse Dart (comprising a spike and a tube) is delivered underwater via a remotely operated vehicle (ROV).
‘The spike penetrates the hard outer shell of the ordnance, where an electrical charge is applied to initiate the ordnance with the operative a safe distance away,’ Dstl noted on 21 July.
An ROV-delivered mine clearance system would remove safety risks associated with deploying human operators in often poor visibility.
The Pulse Dart can also reduce overall costs compared to current EOD technology. As the system contains no explosive components, transport and storage can be undertaken ‘with minimal risk’, Dstl noted.
More from Naval Warfare
-
UK to join US Navy’s Virginia-class submarine assembly effort to speed up construction
The expansion of the Virginia-class submarine construction to UK shores could accelerate the project as US shipbuilders continue to fall short of delivery goals.
-
US Navy seeks new sensors for the CH-53K King Stallion heavy-lift helicopter
The US Navy intends to publish a draft request for proposals in Q2 2026 and conduct an open competition for the supply of new electro-optical and infrared capabilities for the CH-53K heavy-lift helicopter.
-
What new technologies could be involved in UK Atlantic Bastion initiative?
As new details emerge on the UK Royal Navy’s plan to secure the North Atlantic for the UK and NATO, three main areas of opportunity for new technology are the focal point.
-
NATO naval exercises map out future USV requirements but raise questions on acquisition
Uncrewed surface vessels have shifted from a desirable capability to a critical one for navies. But should these systems be bought outright, rented as a service or rapidly built using commercial off-the-shelf components?